Hi,
interpolate
xy[t_]:=x*(1-t)+y
and
Table[
Show[Graphics[ Point /@
Transpose[{xy[t],z}]]],{t,0,1,1/10}]
Regards
Jens
"Coleman, Mark" <Mark.Coleman at LibertyMutual.com>
schrieb im Newsbeitrag
news:eedmt2$3fn$1 at smc.vnet.net...
| Greetings,
|
| I'm trying to figure out how to develop -- for
lack of a better term --
| an animated scatter plot. I have three
variables, call them x, y, and z.
| The points x and y are recorded measurements on
the same subjects, taken
| at different points in time. The variable z does
not change over time.
|
| I'd like to find a way to visualize how the
ListPlot[{x,z}] transitions
| into the ListPlot[{y,z}]. My sample of data is
250 points, so I am
| trying to visualize 250 points moving from one
set of positions on the
| Cartesian plane to another set of positions. The
y observations are more
| highly correlated with z, so one could image the
points becoming more
| tightly clustered as one moves from x->y. Any
thoughts on how I might
| show this?
|
| Thanks,
|
| -Mark
|